The separator classifies the input material into a light weight and a heavy weight fraction.
High recovery rate of light fraction*A lot of setting options allow an optimal separation result*Integrated filter unit*
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Send requestThe separator classifies the input material into a light weight and a heavy weight fraction. The input material has to be free of fines and oversizes as far as possible. The input material has to be free- owing and may not agglutinate. For good separation results, the ratio of the smallest to the largest particle should be 1 : 4.
The input material must be evenly distributed on the acceleration belt. Under the head of the accelerating belt a nozzle is placed. The input material passes this nozzle in free fall. Very light components are blown out of the stream over the arch belt directly into the settling chamber. In the transfer area, very heavy parts fall down on a heavy material discharge belt. All other parts reach the arch belt. Over the radius of the arch belt they are also separated into light and heavy fractions.
In the settling chamber the light fraction is separated from the air stream. Due to calming of the air, the light particles can settle here and are discharged by the light material discharge belt.
The separator operates in recirculation mode. A second fan extracts the dust-laden air through a filter from the settling chamber and transfers the cleaned air to the surroundings. The separated dust is supplied to the light material fraction.
Model | BBS 10 | BBS 16 |
Working width (mm) | 1000 | 1600 |
Throughput up to (m³/h) | 100 | 160 |
Length total (mm) | 9200 | 9200 |
Width total (mm) | 1800 | 2400 |
Height total (mm) | 4600 | 4600 |
Installed electrical power (kW) | ||
Arch belt | 2,2 | 2,2 |
Fan for nozzle | 15 | 22 |
Fan for underpressure generation | 7,5 | 15 |
*Troughput may vary because of differ in material, material properties, moisture and composition. All values are approximate.
BRT HARTNER Brochure
